Series 611

Four-way butterfly mixing valve, flanged connections.

Go to
611050.png
610050_dim~-~page-1.png
611050.png
610050_dim~-~page-1.png
Download high resolution

Product Description

Four-way butterfly mixing valve, flanged connections.
Factory configuration: boiler inlet on the RH connection.
Heavy series.

Technical data

Maximum working pressure: 6 bar
Medium temperature range: 2–110 °C
PN (Nominal pressure): PN 6

Drawings and specifications

Part number Connection Kv
3D models
Tender text
Four-way butterfly mixing valve, flanged connections. Factory configuration: boiler inlet on the RH connection. Heavy series. Connection: DN 50 (EN 1092-1) PN 6. Maximum working pressure: 6 bar. Medium temperature range: 2–110 °C. PN (Nominal pressure): PN 6. Kv: 53 m³/h.
3D models
Tender text
Four-way butterfly mixing valve, flanged connections. Factory configuration: boiler inlet on the RH connection. Heavy series. Connection: DN 65 (EN 1092-1) PN 6. Maximum working pressure: 6 bar. Medium temperature range: 2–110 °C. PN (Nominal pressure): PN 6. Kv: 80 m³/h.
3D models
Tender text
Four-way butterfly mixing valve, flanged connections. Factory configuration: boiler inlet on the RH connection. Heavy series. Connection: DN 80 (EN 1092-1) PN 6. Maximum working pressure: 6 bar. Medium temperature range: 2–110 °C. PN (Nominal pressure): PN 6. Kv: 140 m³/h.
3D models
Tender text
Four-way butterfly mixing valve, flanged connections. Factory configuration: boiler inlet on the RH connection. Heavy series. Connection: DN 100 (EN 1092-1) PN 6. Maximum working pressure: 6 bar. Medium temperature range: 2–110 °C. PN (Nominal pressure): PN 6. Kv: 230 m³/h.
3D models
Tender text
Four-way butterfly mixing valve, flanged connections. Factory configuration: boiler inlet on the RH connection. Heavy series. Connection: DN 125 (EN 1092-1) PN 6. Maximum working pressure: 6 bar. Medium temperature range: 2–110 °C. PN (Nominal pressure): PN 6. Kv: 410 m³/h.

Applications

Pipe Sizer Caleffi
Pipe Sizer Caleffi

This application allows for sizing and making calculations for pipes and conduits carrying water or air, respectively for hydraulic or aeraulic plants.